Linked from

The 24 pages that link to Genome, each with the reason it gives.

• GeneNarrower topic: A genome includes genes plus extensive noncoding DNA.

• PhenotypeNarrower topic: A genome describes genetic material, whereas phenotype describes observable characteristics.

• ZygoteRelated: The zygote combines inherited genomic material from both parents.

• MetagenomicsNarrower topic: Metagenomic analysis aims to recover fragments, genes, or near-complete genomes from communities.

• Nature versus nurtureNarrower topic: It provides the broader biological substrate underlying inherited influences.

• Comparative genomicsNarrower topic: Comparative genomics takes genomes, rather than isolated genes, as its central objects.

• GenomicsNarrower topic: Genomics takes the genome, rather than one gene, as its central object.

• BioinformaticsNarrower topic: Genome-scale analysis is a major source of bioinformatics questions.

• PhylogenomicsNarrower topic: Genome-scale evidence expands analysis beyond a small selection of genes.

• Whole-genome sequencingNarrower topic: Whole-genome sequencing aims to read this complete genetic set.

• MutagenesisNarrower topic: Mutagenesis can affect individual bases, genes, or whole chromosome regions.

• PaleogenomicsNarrower topic: A genome is the full-scale object paleogenomics seeks to reconstruct from ancient fragments.

• AllopolyploidyNarrower topic: Allopolyploid ancestry concerns the origins of the organism’s constituent genomes.

• Barbara McClintockNarrower topic: McClintock’s work challenged the view of the genome as a fixed arrangement of genes.

• Transposable elementNarrower topic: Transposable elements are defined by their movement within this larger DNA collection.

• A-valueNarrower topic: A-value quantifies the DNA in a haploid genome.

• TranscriptomeCompared with: A genome records potential genetic information; a transcriptome records RNA produced in a particular state.

• ProteomeCompared with: A genome is comparatively stable; a proteome changes with cell type and conditions.

• EpigenomeNarrower topic: The epigenome is defined by regulatory features distributed across this DNA.

• Non-coding DNANarrower topic: Non-coding sequences make up much of many genomes, alongside protein-coding genes.

• EpigenomicsNarrower topic: The genome is the full landscape across which epigenomic features are measured.

• Plastid DNANarrower topic: A plastid genome is one compartment-specific example of a genome.

• ProteogenomicsNarrower topic: Its sequence provides the potential coding regions that proteogenomic evidence can test.

• Sequence (biology)Narrower topic: A genome is the organism-wide collection of DNA sequences.